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🧠 MODULE 06 // SATELLITE INTELLIGENCE // 2026-04-12 // BOGOTÁ, COLOMBIA

NASA Satellites Pass Over Bogotá Daily — What Each Image Reveals About Risk

How MODIS, VIIRS, Landsat, SRTM, and GPM provide the open satellite data backbone for Pandita Data's risk intelligence platform.

POWERED BY USGS · NASA · NOAA
READ TIME ~5 MIN
PUBLISHED 2026-04-12 04:44:24 UTC
CITY FOCUS BOGOTÁ
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// LIVE SATELLITE MAP — REAL-TIME DATA
DATA: USGS · NASA FIRMS · NOAA SWPC · OPEN-METEO · COPERNICUS SAR
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Right now, at this very moment, a constellation of NASA satellites is scanning Earth. Two MODIS instruments aboard polar-orbiting satellites have already passed over Bogotá today—capturing wildfire smoke patterns, urban heat signatures, and vegetation stress invisible to the human eye. These same instruments feed Pandita Data's Brain Dashboard, where real-time AI risk scores transform raw satellite data into actionable intelligence. Without NASA's four-decade investment in Earth observation, modern risk prediction would be blind.

NASA'S CONTRIBUTION TO RISK INTELLIGENCE

NASA's satellite network doesn't just take pretty pictures. MODIS, VIIRS, Landsat, SRTM, and GPM form a scientific backbone that powers the panditadata.com/brain_dashboard—where live hazard tracking meets machine learning. Each sensor fills a critical gap: MODIS watches fire signatures and aerosols; VIIRS detects nocturnal active fires and night-light anomalies; Landsat captures multispectral detail for land-use change; SRTM provides elevation models for flood routing; GPM measures rainfall with unprecedented precision across the tropics and subtropics.

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MODIS Daily Coverage
250-meter resolution, 2 passes per day per location. Tracks fire progression, smoke plumes, surface temperature anomalies across wildland-urban interfaces.
NASA TERRA / AQUA
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VIIRS Fire Detection
375-meter active fire detection, twice-daily coverage. Critical for early-stage wildfire identification before ground sensors confirm ignition.
SUOMI NPP / NOAA-20
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GPM Rainfall Mapping
3-hourly global precipitation at 11km resolution. Feeds flood risk models and hurricane track forecasting in the Brain Dashboard.
GPM CORE

HOW MODIS SEES THE PLANET DAILY

Consider Bogotá, a city perched at 2,640 meters elevation in the Eastern Ranges of the Colombian Andes. Every 24 hours, MODIS Terra passes overhead around 10:30 AM local time, followed by MODIS Aqua near 1:30 PM. Each pass captures 2,330 km of swath width at 250-meter ground resolution—enough detail to track smoke dispersal from Andean wildfires across the valley, monitor urban expansion into green zones, and measure surface temperature shifts that signal landslide risk in saturated slopes.

2
MODIS passes daily
250m
Ground resolution
37 years
Data continuity (1999–)
15 min
Brain Dashboard update lag

GPM: THE RAINFALL SATELLITE

GLOBAL PRECIPITATION MEASUREMENT

GPM's microwave radiometer measures rainfall intensity every 3 hours globally. Over Bogotá, this means Pandita's flood risk engine receives updated precipitation estimates from the core satellite and 8 partner constellation members, enabling real-time debris-flow and urban flood warnings in the Brain Dashboard before ground gauges can report accumulation.

When you open panditadata.com/brain_dashboard, you're accessing a live synthesis of decades of NASA space investment. The orange wildfire icon pulsing over a mountain slope? That's VIIRS. The rainfall histogram updating every few hours? GPM. The elevation map routing your flood risk calculation? SRTM. Check the panditadata.com/disaster_report for your city to see how NASA data is moving your personal risk score in real time.

NASA's Earth observation network transformed risk intelligence from reactive to predictive. The satellites never stop watching.

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